An astrophotographer captured the breathtaking view of a 236,000-mile-high wall of solar plasma on the Sun

Eduardo Schaberger Poupeau, a 51-year-old astrophotographer from Argentina, captured an impressive photo of a 236,000-mile-high solar plasma wall on the Sun on July 17.

Eduardo Schaberger Poupeau recounted his experience

He recounted his experience, saying, “Yesterday, at about 3:30 in the afternoon, in spite of the significant atmospheric disturbances, I successfully captured an immense plasma formation on the Sun using my H-alpha telescope.”

The plasma structure he observed on the Sun stood approximately 236,000 miles tall, exceeding the distance that separates the Moon from our planet.

Solar plasma- fourth fundamental state of matter

He described the occurrence as “truly exceptional,” going on to elaborate, “The sheer scale and splendor of this spectacle left me speechless, vividly reminding me of the universe’s grandeur and force that encircles us. The vast plasma formation extended like a fiery draconic tendril.”

The Sun, alongside other celestial bodies, is made up of a hot, ionized gas known as solar plasma, which represents the fourth fundamental state of matter.

Solar Plasma Formation

This distinctive state consists of a concoction of charged entities, comprising both ions and electrons that have been liberated from their atomic bonds.

The solar wind originates from the expulsion of the solar plasma’s most dynamic charged particles which escape the Sun’s gravitational influence to journey through the cosmos.

The mesmerizing solar plasma formation, soaring up to 236,000 miles, emerges from the intricate interplay between the Sun’s magnetic fields and its plasma.

Eduardo Explained about how he captured the breathtaking view

Eduardo mentioned using a Coronado Solarmax III Solar Telescope fitted with a double stack filter and a 60 mm lens, in conjunction with a QHY 678M camera, to document this magnificent event.

His encounter underscores the energetic and formidable character of our celestial anchor, with such imagery offering crucial perspectives on solar dynamics and aiding scientists in deciphering the Sun’s role in cosmic weather patterns.